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Solidity Ethereum :Complete Smart Contract Developer's Guide
Rating: 4.6 out of 5(3 ratings)
32 students

Solidity Ethereum :Complete Smart Contract Developer's Guide

Become An Expert in Smart Contract Developer With One Course, Master in Solidity Ethereum Blockchain.
Created byShanker M
Last updated 8/2023
English
English [Auto],

What you'll learn

  • Solidity Programming By Building Projects.
  • Build compelling blockchain applications using the Ethereum Blockchain
  • Use the latest version of Ethereum development tools (Web3 v1.0)
  • Create real-life apps on the blockchain.
  • Understand complex Ethereum topics in practical and fun way
  • End of the Course, Everyone can able to create blockchain smart contracts

Course content

3 sections • 28 lectures • 7h 1m total length

  • Remix IDE (ABI, Contract Address, Solidity Version, MIT Licenses)10:21
  • Solidity & Smart Contract Intro5:35

    Explore solidity and smart contracts on the Ethereum blockchain, from compilation to abi and bytecode, and deploying on the Ethereum virtual machine.

  • Structure of a Smart contract3:40

    Explore the structure of a smart contract in Solidity, including state variables, functions, modifiers, events, structures, enums, and inheritance, with SPDX licensing and pragma version practices.

  • Smart contract variables declaration (Environmental, state,etc)7:25

    Learn to declare Solidity variables as state, memory, and environment variable, see a contract with a state variable and a memory variable, and explore block, message, gas, and transaction properties.

  • Solidity Value Types with Coding25:45
  • Functions & Function Modifier16:46
  • Access modifiers36:50
  • View & pure Function15:23

    Explore view and pure functions in Solidity, learning how view reads state without modification and pure performs calculations without accessing state variables, including visibility modifiers like public and private.

  • Function polymorphism in Solidity16:46
  • Fall back vs Receive function14:16

    Learn the difference between Solidity fallback and receive functions, including when each handles plain ether and data, the external and payable requirements, and how events and logs capture these interactions.

  • Operators & Type16:10

    Explore unary, arithmetical, relational, bitwise, shift, assignment, and ternary operators in Solidity, with practical examples of increment, negation, power, and type considerations.

  • Conditional Statements13:10

    Explore conditional statements in Solidity, including if, if else, and nested if else, with practical examples comparing three values and determining eligibility or the greatest value.

  • Iteration Statements (loops)19:34
  • Jump Statements (return, break, continue)9:55

    Explore how break and continue in solidity control loops, terminating and skipping iterations, with hands-on remix examples illustrating their differences.

  • Arrays & Arrays Literals17:22
  • Strings5:50

    Explains how Solidity handles strings, including string literals and constructors, with ascii constraints and escape sequences, and demonstrates declaring, assigning, and returning strings in a deployed contract.

  • constructor8:01

    Use Solidity constructors to initialize contract state on deployment, with public or internal access, and apply a practical Remix example showing a cricket ticket system with capacity and price.

  • Inheritance25:46

    Explore Solidity inheritance, where derived contracts inherit properties and methods from base contracts, using single, multi-level, multiple, and hybrid patterns with the is keyword, super, virtual and override.

Requirements

  • A Basic Understanding OOP's Concepts
  • Not Mandatory having Programming Knowledge
  • Enthusiast to Learn new & latest Technology.
  • Proficiency In A Programming Language Is Advantageous But Not Mandatory

Description

This Course Contains 4 Levels: Course Designed from Beginner to Expert in Solidity

Level-1 : Introduction to Ethereum Solidity Blockchain.

  1. Public Blockchain

  2. Ethereum Denomination(Ether Units)

  3. Miners

  4. Gas Price

  5. Reason to Migrate POW to POS

  6. Smart Contract

Level-2: Solidity Basic Concepts which covers OOP's Paradigm

  1. Remix IDE (ABI, Contract Address, Solidity Version, MIT Licenses)

  2. Solidity & Smart Contract

  3. Structure of a Smart contract

  4. Smart contract variables declaration (Environmental, state,)

  5. Solidity Value Types with Coding

  6. Functions & Function Modifier

  7. Access modifiers

  8. View & pure Function

  9. Function polymorphism in Solidity(view, pure, overloading, overriding)

  10. Scope & Visibility of Variable used in Function. (Private, Internal, External, Public)

  11. Fall back vs Receive function

  12. Operators & Type

  13. Conditional Statements (if, if-else)

  14. Iteration Statements (loops)

  15. Jump Statements (return, break, continue)

  16. Arrays & Arrays Literals,

  17. Strings

  18. constructor

  19. Inheritance

  20. Abstract & Interfaces

Level-3: Solidity Advance covers all functionalities

  1. Usage of Struct Keyword

  2. Mapping

  3. Enums

  4. Keywords: payable, msg.sender, msg.value, Memory, Byte, Keccak.

  5. Storage, memory, stack

  6. Errors and the Revert Statement Error Handlings (Require, Revert, Assert)

  7. Events Triggering

  8. Importing Libraries & other contracts

Level-4: Real Time Smart contract Development & Designing

  1. Smart Contract for Lottery Management System

  2. Smart contract to develop Rental Agreement Application

  3. Electronic Health Record Application (EHR)

  4. Smart contract to develop E-Quiz Context Application

This course helps to crack Solidity developer role.


Why to Learn Smart Contract?

Blockchain Smart Contract developers are in short supply and hot demand. The job of developing blockchain distributed ledgers for businesses was recently ranked first among the top 20 fastest-growing job skills. I believe that the fastest and easiest way to be involved in this fascinating new field is to get enough knowledge and understanding of the basic concepts and then just immediately jump to the implementation and get your hands wet. That way you will be more confident in going deeper in understanding the blockchain technology and its potentials in developing the next generation decentralized applications.

Who's teaching you?

My self Shanker, evangelist Working as a software developer & Researcher in Blockchain Technology & Cryptocurrency. I have done Certification in Blockchains from IBM. I enjoy setting high standards, constantly learning new things, and sharing the knowledge with others. I have mastered explaining very complex topics in a simple manner that is very understandable. The blockchain technology is one of my main research areas of interest and I am super excited to share my knowledge with you.


Take away:

1. Strong Fundamentals of Ethereum Blockchain concepts with Examples.

2. Tools used for Project.

3. Learning Basic to Advance for writing Smart Contracts.

4. Finally, You can Develop your Blockchain Smart Contact Applications.


Is this course for you?

It's for you if :- You're interested in learning Programming in Solidity, the technology that underpins  and you want to learn its core internals in order to be involved in this new promising and fast-growing technology.

- You want to practice your Smart Contract development skills.

- You want to broaden your horizon. Want to learn something new? Here you go!


Who this course is for:

  • Individuals Who Want To Learn One of The Most In-Demand Skills
  • Developers Who Want To Build Ethereum Blockchain Apps With Solidity
  • Professionals Who Want To Confidently Add ‘Blockchain Smart Contract Developer’ To Their Resume
  • Technologists Who Want To Pivot Towards A High Paying Career
  • Beginner programmer or technology enthusiast who wish to learn about blockchain technology and implement it in projects

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